Alligator Disassembly. By:Abanoub Kaheel & Jala Ivey

Transcription

1 Alligator Disassembly By:Abanoub Kaheel & Jala Ivey

2 Intro Back Eyes Product Name= Wind-Up Alligator Company Name= Oriental Trading Company Mouth Tail Foot Toy s Purpose= The purpose of the toy is to entertain whoever is playing with it Nostrils Input Product Function Output Winding Alligator moves forward Noise, Linear/ Rotational Motion Wind

3 Activity 6.2 Visual Analysis Automoblox

4 Step 1: Take out the nails

5 Step 2: Take Off the head part

6 Step 3: Remove the head from the tail

7 Step 4: Remove the part that was connecting it.

8 Step 5: Remove the small wheel from the head

9 Step 6: Remove the gearbox from the head

10 Step 7: Remove the wheels off the gearbox

11 Step 8: Open the gearbox

12 Step 9: Take out all gears from the gearbox

13 Step 10: Remove the axle from the gearbox

14 Step 11: Remove the spring from the axle

15 Activity 6.4/6.5 Structural Analysis and Reverse Engineering Documentation Step 1 A= we took out the screws B= Screws C= 3 D= It kept the toy together E= No F= Steel G= It held together the head part H= Screws I= None Step 2 A= we removed the bottom half of the alligator s head B= the head C= 1 D= it held the motor pieces together E= No F= Plastic G= It held the gearbox and the gears in place H= Screws I=No Problems Step 3 A= Top of the head B= The head C= 2 D= the gearbox E= No F= Plastic G= It connected with the tail H= Screws I= No Problems

16 Activity 6.4/6.5 Structural Analysis and Reverse Engineering Documentation Step 4 A= We removed the part that connected the head and the tail B= The connector C= 1 D=It connected the head to the tail E= No F= Plastic G= Connected the head and the tail H= Screws I= No Problems Step 5 A= Removed the small wheel from the head B= Wheel C= 1 D= It helped the alligator travel E= No F= Plastic G= It interacted with the gearbox H= Screws I= No Problems Step 6 A= Removed the gearbox from the head B= gearbox C= 1 D= It also helped the alligator travel E= No F= Plastic and Steel G= It interacted with the wheel H= Screws I= No Problems

17 Activity 6.4/6.5 Structural Analysis and Reverse Engineering Documentation Step 7 A= Removed the wheels from the gear box B= Wheels C= 2 D= It allowed the alligator to wind up E= No F= Plastic G= It interacted with the gear box H= Screws I= No Problems Step 8 A= Opened the gearbox B= Gear Box C= 1 D= It helped the alligator travel E= No F= Plastic G= It interacted with the gear wheels H=Screws I= No Step 9 A=We took out all of the gears out the gearbox B=Gearbox gears C=4 D=They allowed the gearbox to function E=No F=Plastic G= They interacted with the gears H= They interlocked with each other I= No problems

18 Activity 6.4/6.5 Structural Analysis and Reverse Engineering Documentation Step 10 A= We removed the axle from the gearbox B= The axle C= 1 D= It operated the gearbox E= No F= Plastic and Steel G= It interacted with the gearbox H= It fit through a hole I= No problems Step 11 A= We removed the spring from the axle B= Spring C= 2 D= It allowed the gears in the gearbox to turn E= No F= Aluminum G= It interacted with the gears in the gearbox H= It was secured by the plastic swirl I= No problems

19 Our Redesign

20 Conclusion 1. How did the process of disassembling the product aid you in understanding how the product works? - 2. The process of disassembling the product helped us to understand how energy makes our product work. What is the intended consumer use of this product? 3. The intended consumer use of this product is entertainment. How does your product function? 4. Our product requires the winding and tightening of the spring which provides rotational motion to the wheels and allows the toy to move in a linear motion. Was your prediction as to how the product operates accurate? 5. Yes What parts would you redesign? Why? - We would redesign the shape of our figure and make the wheels bigger.